Advanced Engineering

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Our advanced engineering solutions extend across key technology domains such as Process, Energy & Environmental, Mechanical, Materials & Corrosion and Offshore Engineering. 

Key offerings:

  • Advanced process simulation and optimisation
  • Multi-phase flow simulation
  • Computational Fluid Dynamics (CFD)
  • Dynamic simulation of power plants
  • 3D modelling and Finite Element Analysis (FEA)
  • Machinery diagnostics through vibration & acoustic analysis
  • Dynamic analysis of piping network
  • Material evaluation and characterisation studies
  • Corrosion risk assessment / corrosion control
  • Comprehensive engineering solutions for fixed offshore platforms and modules to drilling rigs, floaters and subsea systems

We have capabilities to conduct special studies involving in-place, lift, load-out and transportation analysis, mooring analysis and float-over studies for integrated decks. These are further complemented by expertise in geo-technical studies and naval architecture.

Our domain experts provide multi-disciplinary support for troubleshooting, de-bottlenecking and failure analysis for operating plants. Root-cause analysis capabilities enable us to undertake such studies involving static equipment, rotating and reciprocating machinery as well as piping systems and structures. With increasing focus on asset integrity management, we have developed capabilities for specialized services such as Reliability, Availability & Maintainability (RAM) Studies, Fitness for Service (FFS) Assessment, development of Risk Based Inspection (RBI) Methodology and Corrosion Management Manual (CMM) as well as comprehensive Residual Life Assessment (RLA) studies.

Thermal & Environment Engineering

  • Thermal design and rating of Heat Exchangers, WHRU, HRSG, Steam Circuits
  • Computational Fluid Dynamic (CFD) Analysis
  • Flare Radiation & Dispersion Analysis and Flare Sizing
  • Dynamic Simulation Study of Power Plants
  • Special Thermal Equipment/System design
  • Heat integration and capital cost optimisation using Pinch Design Method
  • Selection of technology and design parameters for water/environmental projects
  • Environmental studies and water/effluent characterisation through lab studies
  • Bench-scale and pilot studies for Environmental projects

Material Science & Corrosion Engineering

  • Metallurgy and Material Selection
  • Corrosion Management
  • Surface Treatment
  • Material Characterisation and Evaluation
  • Corrosion Analysis
  • Failure Investigation and Troubleshooting

Mechanical Engineering

  • Finite Element Analysis (FEA ) based Stress Analysis
  • Rotor Dynamics of Turbo-Machinery
  • Plant Noise Mapping and Acoustic Studies
  • Machinery Fault Diagnosis and Troubleshooting
  • Advanced Piping Studies
  • Fitness For Service (FFS) Studies
  • Gear Engineering; Bearing and Lubrication Solutions

Offshore Engineering

  • Complete structural engineering of Fixed Offshore Structures: In-place, load-out, transportation, installation and on-bottom stability analysis
  • Structural engineering support to yards & jetty design; design of load-out/spreader beams, roll-up analysis for jackets and stacking analysis of topsides
  • Geo-technical studies such as pile driveability, conductor driveability, pile capacity estimation
  • Naval architecture studies such as load, transportation and installation studies for barge, vessel motion and stability studies
  • Floating platform engineering studies like Hydrodynamic analysis, Mooring analysis, Scantling calculations, FEA, Fatigue, Buckling and VIV analysis
  • Advanced engineering studies like float over, coupled motion, jack-up rig stability, boat impact and pushover analysis of jacket structures etc.